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A study on efficiency of semi-implicit, density-based solver for simulation of evaporating particle-laden flow
2021
Mechanical Engineering Letters
In this work, we propose a semi-implicit, density-based solver for compressible, evaporating particle-laden flow, and investigate its efficiency. It is established on a Cartesian-grid-based, scalable, numerical framework named CUBE. In this solver, the governing equation system is divided into three subsystems (compressible Navier-Stokes, species transport, and Lagrangian), and these subsystems are weakly coupled in two ways. In the Lagrangian domain, the fuel spray is treated as a set of
doi:10.1299/mel.21-00136
fatcat:ydfgkvhwlbaifgy5in25jv6flm